雷射操作有機及生物物質

This class aims to transfer research reality to graduate students by introducing and explaining the progress in laser manipulation and fabrication studies on organic and bio matter. The fundamental concept of light-matter interaction giving optical force, molecular electronic excitation, and their following electronic processes are summarized, and necessary methods of spectroscopy and microscopy are presented. Laser manipulation of microparticles and nanoparticles is explained and its extension to “Optical Tweezers in Chemistry” is discussed. Also, electronic and molecular mechanism of laser fabrication is proposed and its applications to bio matter are introduced.

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• Laser trapping of microparticle in solution
• Laser manipulation of microparticle in solution
• Laser assembling of microparticle at glass/solution interface
• Laser assembling of nanoparticle at air/solution interface
• Molecular assembling in ionic liquid and amyloid
• Laser crystallization of amino acid at air/solution interface
• Laser-induced crystallization
• Laser trapping of supramolecule and protein
• Laser trapping for synthesis and modification of perovskite crystal
• Laser trapping and swarming of gold nanoparticle at glass/solution interface
• Single nanoparticle spectroscopy
• Single quantum dot and nanoparticle imaging
• Non-linear photochemistry of organic materials
• Intense femtosecond laser interaction with water
• Femtosecond laser trapping of nanoparticle
• Femtosecond and nanosecond laser fabrication
• Oral examination
• Introduction

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地點

Room 159, SC III.

時間

1:20 pm to 4:20 pm, Every Tuesdays.

聯絡方式

by email: masuhara@g2.nctu.edu.tw